搜索资源列表
CeLiangYuan
- 主要通过读入bmp文件，实时检测圆的半径和其他信息，工具是VC+opencv-Bmp files, mainly through reading, real-time detection of the radius and other information, the tool is VC+ opencv
Oval
- 圆及椭圆拟合输入： 图像文件seal1.jpg、seal2.jpg、coin1.jpg 任务： 尝试将上述三个文件中圆或椭圆的外轮廓拟合出来 输出要求： 1. 每个拟合圆或椭圆的中心坐标，半径或长短轴长度； 2. 将主要的中间步骤及最终拟合结果用OpenCV的cvShowImage 显示出来。-Circle and ellipse fitting type: image file seal1.jpg, seal2.jpg, coin1.jpg task: Try the
mySift
- sift的C++版，在sift上找出鲁棒性最强的几个特征点，然后以这个点为圆心，以自适应性的尺度为半径画圆，这个非常适合运用于数字水印领域，适用于抵抗数字水印的几何攻击-sift the C++ version of the robustness of the sift to find the strongest on the number of feature points, and then to this point as the center of the scale of self-a
houghcircle
- 一篇关于改进的hough算法检测圆，包括圆心的位置检测，半径的检测，与传统的hough相比，有了很大的改进。-An improved algorithm of hough circle detection, including the detection of the center position, the radius of detection, compared with traditional hough, has been greatly improved.
circle
- 本程序能够实现对十字坐标中圆心的捕捉，基本是采用hough园变换的方法，可以获取圆心的坐标以及圆的半径大小。-The program is able to achieve to Capture Cross coordinates the center, basically transform hough Park, you can get the center coordinates and the radius of the circle.
拟合圆或椭圆的中心坐标
- 1. 拟合相应的圆以及椭圆 2. 每个拟合圆或椭圆的中心坐标，半径或长短轴长度； 3. 将主要的中间结果及最终拟合结果用OpenCV的cvShowImage显示出来。-1 fitting corresponding circular and elliptical. Each fit the center coordinates of the circle or ellipse, the radius or length of the shaft length 3. Major in
drawing-circle
- 自己寫的畫圓程序,很容易了解,提供給大家參考-Write C program to draw a circle using c graphics. In this program we use the graphics.h library function to draw a circle. To use graphics.h, we have to install the drivers in to the the system by using the initgraph() funct
OpenCVTest4
- 调用笔记本摄像头，辨别图像中的指定半径范围内的霍夫曼圆。适合初学者。-Call the notebook camera, to identify the range of the specified radius of the image in the Hoffman circle. Suitable for beginners.
最小二乘法圆拟合方法1
- 通过对图像中值滤波处理，二值化，边缘查询，找出图像中源所有的边缘像素点，然后利用最小二乘法对这些边缘点进行找圆，计算出圆的坐标和半径。(By means of median filtering, binarization and edge query, all edge pixels in the image source are found, and then the least square method is used to find the circles of these edge p